Prediction analysis of Earthquakes M4 or more to occur by Jan. 31, 2017
Earthquake Prediction Analysis Report【Delivery Date： Jan. 23, 2017 】
Prediction analysis of earthquakes M4 or more to occur by Jan. 31, 2017
[Latest crustal movement]
- M4-5 level earthquakes frequently occurring from Offshore Urakawa of Hokkaido through
- Concentrated large crustal movements observed from inland through Japan Sea side of the Tohoku Region.
- Large crustal movements observed around the Itoigawa Shizuoka Tectonic Line Fault.
- M5 class in Southern off Taiwan, Mariana Plate.
[Predicted epicenters of earthquakes with a seismic intensity 4 or more by Jan.31]
■M5: Offshore Iwate (seismic intensity 4)
■M5: Offshore Fukushima – Northern Ibaraki (seismic intensity 5)
*Details in the following pages.
Earthquake predictions of magnitude 4 or more until Jan.31, 2017:Earthquake prediction research cent
詳細情報、参加の申し込みはこちらをクリックしてください。 Earthquake Prediction Analysis Report 【Delivery Date： Jan. 23, 2017 】 Prediction analysis of earthquakes M4 or more to occur by Jan. 31, 2017 【Data analysis 】 Earthquake predicti
Earthquake Prediction Analysis Report
Before large earthquake occurs, usually a different “big crustal movement” occurs.
In the case of a large crustal movement, large earthquake tends to occur in that area.
This report shows “Latest crustal movement information and Earthquake prediction” that was analyzed by the unique program that EPRC has an international patent, as the mental attitude information.
Hit rate of EPRC report is approximately 90% or over.
Earthquake Prediction Analysis Report (weekly)
M4 over earthquakes that occur within 1 weeks
Earthquake prediction research center(EPRC)
PCT : Earthquake prediction information providing program (International patent number: WO / 2015/025340)
EPRC management headquarters:MK building, 1-4-12 kaigan, Minato-ku Tokyo , ZIP105-0022
when a large tectonic value is observed, has a large earthquake occurred in the past.Therefore, the crustal movement value for each week shows the change direction by “←”, shows the variation in distance in color.
The epicenter location of earthquake that occurred in the same manner period, occurred earthquake of magnitude, in such hypocenter depth, we have displayed separately the size and color.
Abnormal crustal movements of the previous large earthquake, from that change the direction of the area is important, we have to display only the big crustal movement.
In the case of earthquakes in the sea of the plate, a major earthquake occurs in the change direction of the arrow.
In the case of a direct-type earthquake, earthquake occurs in the center of the arrow that was opened as radiation.
In addition, detailed crustal movement values and generated seismic data of various places, we have explicitly as materials in the second half.
Please look at all means the crustal movement of about point to be worried about.
GPS / GLONASS / quasi-zenith satellite Daily Data：NASA International GNNS, Geographical Survey Institute GEONET.
Plate Boundary Data ：The University of Texas Institute for Geophysics
Earthquake epicenter Daily Data：United States Geological Survey, Japan Meteorological Agency.
Active fault data：National Institute of Advanced Industrial Science and Technology